并通过配方设计，实现结构控制，推进CCTO在电容器材料以及压敏电阻材料方面的实际应用。
Moreover, we have tried to control the microstructure by designing CCTO-based composite to facilitate its practical application in capacitors and varistors.
氧化锌在催化剂，色素，光学材料，美容制品，纳米压敏电阻，紫外吸收器，气体传感器，工业添加剂等功能设施上都有广泛的应用。
ZnO has a wide range of applications in the functional devices, catalysts, pigments, optical materials, cosmetics, nanostructure varistors, UV absorbers, gas sensors and industrial additives.
氧化锌在催化剂，色素，光学材料，美容制品，纳米压敏电阻，紫外吸收器，气体传感器，工业添加剂等功能设施上都有广泛的应用。
ZnO has a wide range of applications in the functional devices, catalysts, pigments, optical materials, cosmetics, nanostructure varistors, UV absorbers, gas sensors and industrial additives.
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